Research on Characteristics of True 3D Display System Based on FM Model

In the true three-dimensional display system, the brightness and color of each voxel in the imaging space must be controllable, and the relative spatial position relationship between voxels must be truly reflected, which is convenient for people to control the display effect of the system. In order to model the real 3D display system and analyze its performance, a four-dimensional FM model is established to represent the state space of each voxel point in the volume space, and the working process of true 3D display system is further described under this model. The realtime condition of the real-time display system is given, the fixed-point quantization model is introduced, and the conditions of global asymptotic stability, FM model representation method is conducive to system modeling and analysis, software realization of micro-controller. The stability analysis is conducive to system design.